JPS6324839A - Squid hook throwing apparatus - Google Patents

Abstract

(57) [Abstract] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Objective of the Invention) <Industrial Application Field> The present invention relates to a feeding device for squid square hooks having a special shape used for squid fishing.

<Conventional method> In so-called recreational squid fishing, for example, a fishing boat is set up to the fishing spot, where each angler throws his or her own tackle into the sea from around the deck and enjoys the results of squid fishing. Handling of fishing equipment is not necessarily easy for beginners or even experienced users, partly because the shape of the squid square hook used for it is relatively special, and improvements are desired. was.

First, prior to explaining the conventional method, the squid square rod 40 used for this type of squid fishing will be explained. As shown in FIG. 13, this thing consists of a needle part 41 that radially spreads out in a reverse pattern, and a square rod 42 made of, for example, colored plastic and extending from the needle part 41. are tied,
Furthermore, several to several pieces of squid square rods 40 are connected to the thread 44 at intervals of several tens of ohms to 1 meter, and this constitutes a unit of one device 45. ing.

As shown in FIGS. 11 and 12, a conventional arrangement device 50 for arranging the devices 45 of the squid square rods 40 at the time of loading or in the preparation stage on a fishing boat is, for example, a device with a relatively narrow pitch of several holes in diameter. , a holding coil 51 made of elastic metal and having a length of about 10 cm is attached to a frame 52,
Approximately the upper half thereof is made to protrude, and the square rods 42 of the squid square rods 40 are appropriately placed between these holding coils and coils 51 so as to be aligned.

<Problems with the conventional method> Since such a method is used, first of all, the needle part 41, which is difficult to handle especially for beginners, is left exposed and no countermeasures are taken, so there is no fundamental solution. Because of this, setting the squid square rod 40 is relatively troublesome, and also when the squid rod 40 is held until the end by the holding coil 5I, the line 4
4 or branch thread 43 side will be pulled out first,
There was a problem in that the threads were easily entangled and smooth feeding was not possible. Also, as mentioned earlier, the work of centing this device 45 to the alignment device 50 is performed using the surface + W! Therefore, it is almost impossible to move to a more favorable point after making -1 cent, and there is also the problem that it is impossible to increase the fishing results. Furthermore, even if you are at a good spot, it is expected that there will be other anglers around on this type of fishing boat, and as shown in Figure 11, for example, if the fishing lines of anglers on both sides become tangled, Since the introduction of the device 45 had no choice but to wait, this also slowed down the fishing results. In addition, in terms of fishing results, the fishing results may differ depending on the color of the square rod in the squid square rod 40, and even if several types of devices 45 of the squid rod 40 are prepared, each having a square rod of a different color. However, if the replacement work was troublesome, it was inevitable that time would be lost, and in this respect, the results could not be achieved.

Technical Problems that We Tried to Solve> The present invention has been achieved by solving many of the problems of the conventional methods, and even beginners can handle it without feeling anxious, and it can No tangles! This is an attempt to develop a new squid square rod feeding device that can easily cent the work in progress at the $-bill stage and also allows the feeding operation to be performed in an extremely natural motion.

(Structure of the Invention) (Means for Achieving the Object) The first invention of the squid square rod feeding device of the present invention has a storage opening in the front and a slit for storing the square rods in the squid rod in the upper part. The invention is characterized in that the formed substantially cylindrical left tube for squid square rods is provided with an alignment regulating section behind the tube for storing a large number of squid square rods at an angle within the left tube. , it is an object of the present invention to achieve the above-mentioned object.Furthermore, the second invention of the feeding device for squid square rods according to the present invention has a storage opening in the front and a slit for storing the square rods in the squid square rods in the upper part. An alignment regulating section for storing a large number of squid square rods at an angle is provided at the rear of the almost cylindrical storage tube for squid square rods. This is characterized in that an upper regulating piece of the square bar is formed above the three/3), thereby achieving the above object. Furthermore, the third invention of the squid square rod feeding device of the present invention is a squid square rod having a substantially cylindrical shape, which has a storage opening in the front and a slit for storing the square rod in the upper part. An alignment regulating section for storing a large number of squid square rods at an angle in the throwing tube is provided behind the left tube, and an upper regulation section for the square rods is provided above the slit for storing the square rods. The above-mentioned object is achieved by forming a single piece, and the upper regulating piece is provided so as to be removable rearward.

(Example) The present invention will be specifically described below based on the illustrated example.

i) Embodiment of the first invention First, this is shown in Figs.
1 is a squid square rod feeding device according to the present invention, and for example, the entire device is molded from transparent synthetic resin or the like. Of course, it goes without saying that the material to be molded can be selected as appropriate for the purpose, such as metal or a combination of metal and plastic materials. The internal cavity of this left tube 2 is set to a size that allows the needle part 41 of the squid square rod 40 to be accommodated sufficiently. The left tube 2 has a slightly trumpet-shaped opening at the front, which serves as a left opening 3. Incidentally, the reason why the storage opening 3 is opened in a trumpet shape is to facilitate storage of the squid square rod 40, as will be described later, and it is not necessary to open it in an expanded state like this. However, the side where the storage port 3 is provided is defined as the front of the storage tube 2, and the other side is defined as the rear. In addition, the definition of this opening 3 itself is not necessarily appropriate considering that the squid square rod 40 is loaded from this part, but no matter how it is defined, the function as a loading device is the primary meaning. This is defined as a storage port 3.Furthermore, a square rod storage slit 4 is formed above the storage tube 2 in communication with the storage port 3, from which the square rod 42 of the squid square rod 40 projects. The reason why the position where the storage slit 4 is provided is defined as the upper part is because during use, this part is held almost upward when used.Of course, the entire immersion device 1 may be reversed depending on the angler's preference. There is no problem in handling it by grasping it, and in this case, the square bar storage slit 4 will be at the bottom, but considering the most standard usage,
The side where the square rod storage slit 4 is provided is defined as the upper side. An alignment regulating portion 5 is further formed at the rear of such an abandoned tube 2. This alignment regulating part 5 is a member that allows the squid square rods 40 provided in one device 45 in the left pipe 2 to be aligned at a predetermined angle when the squid square rods 40 are sequentially aligned and stored. In the embodiment shown in FIGS. 1 to 4 showing the embodiment of the first invention, as an example, the rear of the alignment guide Fy, 6 raised upward from one side of the square bar storage slit 4 is The alignment regulating portion 5 is formed by curving it so as to wrap around it. Of course, this configuration is not necessary, and a configuration in which there is simply a stopper-like member at the rear may be used. By the way, here is the abandoned tube 2
Explaining the oblique alignment of the squid square rods 40 stored in the interior, this one naturally requires a larger space for the needle portion 41 below it, while the square rods 42 above it are more organized, so they can be moved forward. As the line progresses, the inclination angle becomes gentler (more prone), but if the overall inclination is too loose, a so-called avalanche phenomenon occurs in which the squid angle rod 4011I slides forward, making it difficult to line up smoothly. On the other hand, make the slope steeper, i.e. squid square rod 4
If you try to stand up the whole 0, then when you put it in, the tip of the square rod 42 will be pulled out by the thread 44 pulled by the weight 46 thrown into the sea, and the upper part will be tilted forward, making it smooth. Therefore, an appropriate angle of repose is set that satisfies both of these conditions. Of course, this angle of repose itself is squid angle rod 40
Since the coefficient of friction is influenced by the coefficient of friction inherent to the materials of the needle portion 41 and the left tube 2, these are selected for each material constituting each. In addition, in the implementation of the first invention, a front grip restriction projection 7 and a rear grip restriction projection 8 are further provided as auxiliary members, so that when the angler operates, they hang on the floor of the hand of the angler to ensure smooth input. It allows you to operate it. Of course, these are not essential requirements.

To explain the operating state of the first invention of the squid rod feeding device of the present invention according to its operation, first, in order to load the mechanism 45 of the squid rod 40 into this object, the weight 46 at the tip and From the squid square rod 40 on the opposite side, that is, on the proximal side of the guide line 44, it is sequentially stored behind the leaving port 3 of the leaving tube 2 in the feeding device 1. The needle parts 41 of the squid square rods 40 are inserted into the striking opening 3, and the square rods 42 are stored one after another in such a manner that they protrude from the square rod storage slits 4. When doing this, use the squid square rod 40 located at the rear end that was set first.
is brought into contact with the alignment regulating portion 5 and set at a constant angle, and in accordance with this, the squid square rods 40 in the device 45 are centered while gradually loosening the inclination one after another. In this embodiment of the first invention, since the alignment guide plate 6 is provided on one side of the square bar storage slit 4 at the alignment position, the alignment can also be maintained more reliably. . Of course, basically it is sufficient if the squid square rod 40 is housed at a constant angle of repose relative to the left tube 2, and at least the alignment regulating section 5 is a requirement, but the alignment guide plate 6 is It is not necessarily essential. Note that a cartridge 30 as shown in FIG. 8.9 may be used to load the workpiece 45 to the feeding device 1. To explain this thing, first, the cartridge 30 shown in FIG. 8 has a pipe-shaped needle storage part 31 with an opening at the rear to form a rear connecting part 32, and an upper part communicating with the opening of the rear connecting part 32. A slit-like notch is cut out, and wing plate-like guide members are raised upward on both sides of the notch, thereby forming a square bar holding portion 33. This device is provided with a front stopper 34 and a rear stopper 35 consisting of a bottle that can be freely inserted and removed, and the squid square rod 40 is always kept inclined at a certain angle. When inserting the squid square rod 40, the rear connecting part 32 of this object is fitted into the opening 3 of the feeding device 1, and the entire device 45 is moved backward to the alignment position in the feeding device 1. . The principle of operation is similar to that between the two sides, but in the case shown in Fig. 9, the storage part of the needle part 41 of the squid square rod 40 is made into a somewhat oval shape, and the squid square rod 40 is normally stored and set. Squid corner rod 4
The idea is to make cents by knocking down 0's one by one. Of course, such a cartridge 30 may be made of plastic material, or may also be made of paperboard, corrugated poles, or the like which also serves as a so-called package.

Next, we will discuss the loading operation of this item.

In this first invention, relatively important is placed on the operating skill of the angler, but the key is to grasp the fisherman's fishing rod in the set state and hold it in place above or above the square rod 42 of the squid rod 40 that is being centered with the palm of his hand. After holding down the line 44, a weight 46 is thrown into the sea at an appropriate position. When scolded, use weight 4
6, the guide thread 44 is pulled out and acts to draw the upper end of the square rod 42 in the first squid square rod 40 forward. At this time, that part is held down by the angler's hand, so if it is loosened a little, the hook part 41 will bounce forward due to the angle of inclination of the squid rod 40 when it is set in the left tube 2. The squid is pulled as if it were being pulled and pops out of the storage port 3 with great force, and the next squid square rod 40 is similarly thrown in one after another. In this way, when it comes to throwing in b, you will be taught to be actively blown away by the squid square rod 40. The thread 44 will be let out as if it were stretching a folded curtain, so this way Thread 44 and branch thread 43 and each other,
Alternatively, there is no entanglement between these and the needle portion 41 of the squid square rod 40, and smooth and easy feeding is possible. At this time, even if the tackle 45 becomes entangled with other anglers, it is possible to easily move from one fishing spot to another, as shown in FIG. 10.

Next, to describe the pulling-up operation when there is a catch, the line 44 is wound up with a reel as appropriate, and if there is a catch when the bait has come out to the sea surface, the user grasps the feeding device l in one hand. Then, with the other hand, remove the squid from the squid square rod 40, and then set the removed squid square rods 40 one after another in the same manner as when they were first inserted from the storage opening 3 in the feeding device 1. be.

Therefore, in this respect as well, processing work for catching a fish and preparation work for the next fishing can be done in one operation, and moreover, can be done smoothly in sequence with a simple hand-feeding work.

ii) Embodiment of the second invention This invention is an improvement of the first invention to further improve its usability. Of course, the basic configuration is common to the first invention, and the common members themselves are given the same symbols and names. Therefore, the differences will be explained below. As shown in FIG. 5, the biggest difference is that the upper regulating edge 1o of the square rod 42 of the squid square rod 40 is arranged obliquely with respect to the left tube 2. That is, in the first invention, instead of this, the angler held the upper part of the square rod 42 in the squid square rod 4o with the palm of his hand. It is formed so as to project like an eave over the top of 4. In this embodiment, an alignment guide plate 6 is provided on the other side opposite to the alignment guide plate 6 on which the upper regulating edge 10 is provided, and above the alignment guide plate 6 there is a line between the upper regulating edge 10 and the alignment guide plate 6. A guiding slit 11 is formed. Furthermore, as an auxiliary member, a loading stopper 13 is provided near the middle where the alignment guide plate 6 is provided. This is configured to slide along the circumferential surface of the left tube 2, and the working end 14 of this loading stopper 13 closes the middle of the square bar storage slit 4 in the left tube 2. Further, a yarn guide hook 5 can be provided in front of the left pipe 2.

The operating condition in this second invention is basically the same as that in the first invention, and a large number of squid square rods 40 in progress are arranged at an angle behind the left pipe 2. The upper part of the rod 42 is regulated by the upper regulating edge 10, and the rod 42 is centered so that it does not rise above a certain angle.

Of course, the lessons will be done in the same way, but
If you want to adjust the speed, etc., you can use your hands to control the slippage of the guide thread, etc. When explaining the loading stopper 13 formed in this embodiment, it goes without saying that the upper regulating edge 10 First of all, the upper regulating edge 10 is not formed because the fact that it is provided is a hindrance when focusing on the work of centering the squid corner rod 40 to which the branch thread 43 and the guide thread 44 are attached. In order to load the squid square rod 40 only up to the limit, the square rod storage slit 4 is inserted by the loading stop/pa 13.
is interrupted in the middle. Sequentially, the squid square rods 40 are inserted to that position in the same way as the operation described above, and they are preliminarily aligned, and then the loading stopper 13 is returned to communicate the square rod storage slit 4 to the rearmost part. While inserting the thread 43 or the guide thread 44 into the guide thread guiding slit 11, the thread is sent backward. Incidentally, when there is a catch, the above-mentioned actions such as retrieval actions may be repeated.

Furthermore, the embodiment shown in FIG. 6 is another embodiment of the second invention, which completely avoids the entanglement of the needle part 41 in the squid angle rod 40 during firing. . Of course, the mechanism of this embodiment itself can be applied to both the first invention described above and the third invention described later. That is, in this case, a step 2A is provided on the lower surface part of the left tube 2.

This step may be a simple integral step, but in this embodiment, considering the workability when loading the squid square rod 40,
The two steps are not formed during loading, and the step i2A is formed only during firing. Specifically, a sulin (2B) extending from the rear to the step 2 is inserted into the σ11 body of the left tube 2, and the lower part 2C of the left tube 2 is given a turning direction that always biases the lower part 2C downward, with the step 2A side as the free end. The lower limit of movement of the lower portion 2C is regulated by the stopper 2D. In addition, regarding this stopper 2D, the front grip regulating protrusion 7
, it may be formed integrally with a shape that looks like a part of it is extended. On the other hand, when the lower part 2C of the rear part of the left pipe 2 is gripped by an angler, the free end of this pipe is biased upward so as to close the slit 2B, and a step 2A is formed on the free end side. We aim to do so.

When configured in this way, first the squid square rod 40
When loading, the lower part 2c is placed in a free state where the step 2A is not formed. In this way, the loading of the squid square rod 40 is no different from the conventional method, and it is possible to load to the back without being affected by the two people on the step. On the other hand, when performing the lesson action, the fisherman is in a state where he/she grips the lower part 2C and closes the slit 2B, so that two steps are formed on the free end side of the lower part 2C. In this case, even if the squid rods 40 that are sequentially moved forward by the lesson movement are intertwined with each other at the needle part 41, when the two people reach the step, the squid rods 40 in front move forward. 40 will fall from step 2A, and step 2 will fall behind it.
The entanglement with the needle portion 41 remaining above the person is released. This ensures that lessons are learned based on the above-mentioned operating principle when the device is left unused. In addition, in the implementation described above (in Fl+, when forming the step 2A, the rear of the left pipe 2 was configured in a movable state so that the angler could grasp it and form the step [2A], but in contrast to this, Leave the tube 2
It may be configured such that the front half is movable from the front toward the step 2A. In this case, two steps are created in front of the left pipe 2 without moving the movable part, and -
The bottom surface of the left tube 2 is continuous when the tube is held in one direction.

l11) Implementation of the second invention The basic structure of this invention is also common to the first and second inventions already described. The difference is that, as shown in FIG. 7, there is a structure that further facilitates the transfer of the workpiece 45 to the input device 1. That is, as will be understood in the description of the second invention, the branch threads 43 and the guide threads 44 are provided at the tip of the square bar 42 of the squid square bar 40 in a state where they are relatively easy to get entangled. It is expected that it will be difficult for beginners to suddenly place a cent at the position where the regulation edge 10 is located. For this reason, when setting, such an upper regulating edge 10 does not exist at all at the setting position, and the upper regulating edge 10 moves to the setting position and is provided only when the device is left alone.

That is, as shown in FIG. 7, the upper regulating edge 10 is attached to the upper regulating sewing slider 20, and is directly connected to the left pipe 2.
It is configured so that it will not be formed. That is, the upper regulation sewing slider 20 is attached to the cylindrical outer insertion part 21, and the cylindrical outer part 21 of this 20 is fitted onto the left tube 2 almost tightly so that the slider 20 does not slide. A pair of HFfi 22 is formed so as to be movable and sandwich a pair of left and right alignment guide plates 6 formed on the left-hand tube 2, and one of the blade plates 22 is further curved into an eave shape. An upper regulating edge 10 is formed. This object can be moved back sufficiently to the rear of the left pipe 2 in the feeding device 1, and in that case, the upper regulating edge 10 of the upper regulating sewing slider 20 is in a state where it has retreated further back than the alignment regulating section 5. becomes. On the other hand, when it is slid forward sufficiently, it is positioned so as to cover the upper part of the square bar 42 of the squid square needle 40 that is aligned obliquely forward of the alignment regulating part 5.

To use the feeding device 1 for squid square needles 40 according to the third invention, first, the upper regulation line slider 20 is sufficiently retreated, and the alignment guide plate 6 in front of the alignment regulation part 5 is
With the upper part completely open, the squid square needles 40 of the device 45 are sequentially arranged obliquely here using the method described above, and after this cent is completed, the branch threads 43 and the road threads are 44, simply slide the upper regulation line slider 20 sufficiently forward. At this time, the upper regulating edge 10 will be located above the square bar 42 of the squid square needle 40 stored, and the upper regulating edge 10 will be located above the square bar 42 of the squid square needle 40 that is stored.
This causes the squid square needles 40 to be continuously inserted. Of course, if the device 45 is brought in by hand, such as when there is a catch, the squid square needle 40 is set in the feeding device 1 by repeating the same operation as the previous setting operation.

(Effects of the Invention) The present invention has the specific structure as described above, and has the following effects. First of all, in the first invention, the squid square needle 40 is housed at a certain angle with respect to the left tube 2, and the needle part 41 is housed without being exposed, which improves safety during handling. This provides a great sense of security and allows for continuous and smooth feeding without line entanglement.

Furthermore, in the second invention, in addition to the effects of the first invention, since the upper regulating edge 10 is provided, the angler can automatically control the attitude of the squid square hook 40 at the time of casting. is set, and a simpler lesson effect can be achieved.

Furthermore, the third invention has, in addition to the effects of the above-mentioned first and second inventions, since the upper regulating edge 10 is formed to be retractable, not only is the operation at the time of setting extremely easy, but also the operation at the time of putting in is very easy. This operation can be performed extremely easily by centering the upper regulating edge 10, thereby further improving usability.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of the squid square needle feeding device according to the present invention, Fig. 2 is a longitudinal sectional side view of the same, and Fig.
The figure is a front view of the same as above, FIG. 4 is a skeletal side view showing the operating state of the feeding operation in the feeding device as above, and FIG. FIG. 6 is a side view showing another embodiment of the same as the above, and FIG. 7 is a partially sectional view of an embodiment of the third squid needle insertion device according to the present invention. FIG. 8 is a perspective view of a cartridge for assisting the loading of squid needles into the squid needle insertion device of the present invention, FIG. 9 is a perspective view showing still another cartridge, and FIG. 10 is a perspective view showing another cartridge. The figure is a skeletal plan view showing an example of a fishing method using the squid hook feeding device of the present invention, Fig. 11 is a skeletal plan view showing a conventional method, and Fig. 12 is a skeletal plan view showing the operating state of the conventional method. The side view shown in FIG. 13 is a perspective view showing the mechanism of the squid square needle which is the subject of the present invention. 1; Loading device 2; Leaving tube 3; Leaving opening 4: Square bar storage slit 5: Alignment regulating section 6; Alignment guide plate 10; Upper regulating edge 11; Guide thread guiding slit 13; Loading stopper 20; For upper regulating line Slider 30; Cartridge 40; Squid square needle 41; Needle part 42; Square bar 45;

Claims (3)

[Claims] (1) For a squid square needle discharge tube that is approximately cylindrical in shape, with a discharge port opened in the front and a slit for storing the square rod of the squid square needle formed above, the squid square needle is inserted into the discharge tube at the rear. A squid square needle insertion device characterized by being provided with an alignment regulating section for storing a large number of squid square needles at an angle. (2) For a squid square needle discharge tube that is approximately cylindrical in shape, with a discharge opening opened in the front and a slit for storing the square rod of the squid square needle formed above, the squid square needle is inserted into the discharge tube at the rear. A squid square needle characterized in that an alignment regulating section for storing a large number of squid square needles at an angle is provided, and an upper regulating piece for the square bars is formed above the slit for storing the square bars. Insertion device. (3) For a squid square needle discharge tube that has a nearly cylindrical shape with a discharge opening in the front and a slit formed above for storing the square rod of the squid square needle, the squid square needle is inserted into the discharge tube at the rear. An alignment regulating section for storing a large number of squid square needles at an angle is provided, and an upper regulating piece for the square bar is formed above the square bar storing slit, and this upper regulating piece is arranged rearwardly. A squid square needle feeding device characterized in that it is provided so that it can be freely removed.